Mutation/Meiosis

What stage of Meiosis is being shown and described:

The homologs of each chromosome pair separate and are pulled to opposite ends

• Prophase 1

• Metaphase 1

• Anaphase 1

• Telophase 1

What stage of Meiosis is being shown and described:

Copied pairs partner up, chromosomes condense and nuclear membrane disappears.

• Prophase 1

• Metaphase 1

• Anaphase 1

• Telophase 1

What stage of Meiosis is being shown and described:

The pairs line up in the center of the cell.

• Prophase 1

• Metaphase 1

• Anaphase 1

• Telophase 1

Pairs of chromosomes that contain the same genes, but may have different versions are called

• chromatids

• sister chromatids

• homologous pairs

Meiosis is unique in cell division because it can take a ________ parent cell and create _________ daughter cells.

• haploid, triploid

• diploid, haploid

• triploid, haploid

• mitotic, meiotic

Tags

NGSS.HS-LS3-2

Name the phase pictured

• Metaphase I

• Metaphase II

• Anaphase I

• Anaphase II

One nucleotide base is changed so only one amino acid

is affected

• Substitution Mutation

• Point Mutation

• Translocation

• Inverse Mutation

Tags

NGSS.HS-LS3-2

A point mutation where one nucleotide base replaces an original nucleotide base

• Inversion Mutation

• Chromosomal Mutation

• Translocation

• Substitution Mutation

Tags

NGSS.HS-LS3-2

A substitution mutation that has no effect

on amino acids sequence

• Insertion Mutation

• Translocation

• Silent Mutation

• Deletion Mutation

Tags

NGSS.HS-LS3-2

A nucleotide base is inserted or deleted shifting the entire DNA sequence. Entire protein will be changed.

• Substitution Mutation

• Silent Mutation

• Frameshift Mutation

• Translocation

Tags

NGSS.HS-LS3-2